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Samantha Buczek is listed as Senior Associate at Quantyx Group at Quantyx Group, based in Philadelphia, Pennsylvania, United States. AeroLeads shows a work email signal at dynovel.com and a matched LinkedIn profile for Samantha Buczek.
Samantha Buczek previously worked as Senior Associate at Quantyx Group and Consultant at Dynovel Inc.. Samantha Buczek holds Master Of Science - Ms, Materials Engineering from Drexel University.
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I am an enthusiastic engineer with a background in Material Science and Chemical Engineering who enjoys working on collaborative teams. My goal is to capitalize on the unique skillsets and perspectives of the people I work with to drive competitive strategies and innovative, data-driven solutions.My intellectual curiosity propels my willingness to learn independently and in a work environment. I have a research-heavy professional background of 5+ years conducting experiments towards product improvement as well as proof of concept engineering. Streamlining project activities has allowed me to develop a range of qualitative and quantitative skills that can be transferred to various roles. I hope to leverage my experience in experimental design, project management, and data - collection, analysis, and presentation - to a role that requires methodical problem solving, statistical evaluation, and transmission of knowledge to both technical and non-technical audiences. I am excited by the prospect of using this social platform to build meaningful connections. I would welcome the opportunity to discuss how my experience can be beneficial for a leadership role that demands a solution-oriented style of work and an ability to foster a strong working environment. Feel free to connect with me or reach me by email, buczeks95 [at] gmail.com.
Listed skills include Chemical Engineering, Matlab, Microsoft Office, Writing, and 13 others.
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Projects focused around Market Access Insights & Analytics, including performance reporting and analysis, budget impact analysis and contracting decision support, affordability modeling, and scenario planning
Bala-Cynwyd, Pennsylvania, United States
• Conducting market research for technical/B2B manufacturers across their supply chains to understand drivers, trends, and growth opportunities• Analyzing quantitative and qualitative market data sourced from relevant primary and secondary research• Presenting recommendations on product development, business development, and sales strategy based on clients’ unique positions in the market
Greater Philadelphia Area
I was excited to be able to lead a research project that can combine my passion for water treatment and applied engineering. This project focused on developing functional 2-D metal carbide nanomaterials (MXenes) for electrochemical removal of salts using capacitive deionization (CDI) to purify water. In collaboration with international researchers and Drexel members focused on water treatment and energy storage, we were able to explore innovative ideas based on gaps in research and execute a novel approach to CDI system design. A summary of results and opportunities for use was compiled into a recently submitted manuscript (2020).
This role was an opportunity to collaborate with my peers to develop their technical and non-technical writing, motivated by my belief in the power of cohesion and resonance in telling a story. I worked to provide individualized support and feedback on the writing projects of other graduate students, varying in levels and disciplines, through one-on-one consultation sessions via the Drexel Writing Center.
This project was a continuation of my early undergraduate research investigating the mechanical integrity and design flexibility of customized parts. The purpose of the work was to develop a foundation of research in the form of a written thesis to aid in the future investigation of the interfacial morphology of 3D printed laminar composites (as a function of particle diameter ration, volume fraction and the resulting effect on microhardness profile).Title: “The Effect of Volume Fraction in Binary Mixtures of Hard Spheres on Density and Microhardness in 3D Printed Metal Matrices”I analyzed the effect of volume fraction of different sized stainless-steel powder particles on the overall packing density in different compositions of 3D inkjet printed parts.
I had the privilege of working directly with first-year engineering students to inspire the applications of nanotechnology for this introductory engineering course. My tasks included organizing and preparing laboratory experiments around photolithography, soft lithography, and 3D printing. I worked in the background to fabricate over 80 students’ designs using photolithography for a microfluidics project, providing personalized feedback to students.
Easton, Pennsylvania
This project was done to assist a global leader in additive manufacturing in improving one of their major commercial products. Some of my tasks included: 1. Conducting experiments to determine the optimal range of polymer concentration for binder jetting. I achieved this task by evaluating the relationship between polymer concentration in the binder and its thermo-physical properties. 2. Assessing the quality of metal 3D printed parts by determining the feature resolution using SEM and the green state part strength through mechanical testing.3. Managing regular maintenance and troubleshooting essential machinery.
Activities and Societies: International Society for Water Solutions (ISWS), Environmental and Sustainability Alumni Network
Activities and Societies: American Institute of Chemical Engineers (AIChE), Pi Mu Epsilon (Math Honor Society), International Student.
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Samantha Buczek works for Quantyx Group.
Samantha Buczek is listed as Senior Associate at Quantyx Group at Quantyx Group.
AeroLeads has found 1 work email signal at @dynovel.com for Samantha Buczek at Quantyx Group.
Samantha Buczek is based in Philadelphia, Pennsylvania, United States while working with Quantyx Group.
Samantha Buczek has worked for Quantyx Group, Dynovel Inc., Waternow Alliance, Drexel University, and Lafayette College.
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Samantha Buczek holds Master Of Science - Ms, Materials Engineering from Drexel University.
Samantha Buczek is listed with skills including Chemical Engineering, Matlab, Microsoft Office, Writing, Data Analysis, Analytical Skills, Teamwork, and Project Management.
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